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We’re looking for a Mechanical Engineer / Mechanical Design Engineer to join our experienced engineering team and deliver novel laser communications technology. Skilled in hand calculation and engineering simulation. In this role, you will work closely with our Senior Mechanical Engineer and with

CPL Life Sciences are proudly partnering with an early-stage biotech developing novel therapies and are looking for a Clinical Project Manager to help drive the delivery of early phase clinical trials. This is a great opportunity for someone who thrives in a fast-moving biotech environment, enjoys taking ownership of studies, and is comfortable wearing multiple hats while supporting a growing clinical operations team. You will oversee the operational delivery of Phase II clinical studies, working closely with internal teams, CRO partners, and investigative sites. The role also includes mentoring Clinical Trial Assistants (CTAs) and helping shape clinical operations processes as the company grows. Key responsibilities: • Lead the day-to-day operational management of Phase II clinical trials, • Oversee CROs, vendors, and site relationships, • Manage timelines, milestones, and study deliverables, • Identify operational risks and implement mitigation strategies, • Ensure compliance with ICH-GCP and regulatory requirements, • Support study documentation and clinical trial planning, • Mentor and support Clinical Trial Assistants within the team, • Collaborate cross-functionally with clinical development, regulatory, safety, and data management Key experience required: • Experience managing clinical trials within biotech or pharma, • Strong understanding of clinical operations and ICH-GCP, • Experience supporting or mentoring junior clinical team members (e.g. CTAs), • Proven ability to manage vendors and CROs, • Comfortable working in an early-stage biotech environment with a hands-on approach, • Adaptable, collaborative, and solutions-focused Hybrid working in Oxford- flexible on a weekly or bi-weekly basis.

Experimental Physicist | Harwell, Oxfordshire | Competitive Salary + Equity This is a role for a rare kind of physicist: one who is energised, not unsettled, by exploring unanswered questions. IONECH is a seed-stage energy hardware start-up based at Harwell, Oxfordshire. We're developing the Air Voltaic (AV) Cell — an energy-harvesting device that uses controlled interactions between electrons and oxygen in air to capture subtle natural differences in the environment, converting available exergy into electrical power. At scale, it sits at the base of the energy stack: a platform power source that reduces grid dependence across virtually every electrical use case. The science is novel, the engineering is hard, and the technology pushes at the boundaries of current understanding. Not every question has an answer yet and that's the point. We're looking for an Experimental Physicist who can make confident progress in that environment: someone who knows when to move, when to ask, and how to extract signal from incomplete information as the full picture gradually emerges. The work You'll design, build, and iterate on physical prototypes in our Harwell lab, working directly alongside chemists and engineers on a problem that sits at the intersection of plasma physics, field emission, and energy conversion. This is a ground-floor experimental role. Your hands-on work will directly shape the direction of the technology. You'll need to be comfortable designing and running experiments without a complete theoretical picture in hand, drawing on your own judgement while actively tapping into the range of specialisms around you; physicists, chemists, and engineers who each hold a piece of the puzzle. The team is collaborative by design; knowing when to seek input is a strength here, not a gap. • Design and fabricate experimental energy cell components and prototypes, • Develop and refine field emitter design, geometries, morphologies, and materials, iterating to optimise reactive oxygen species (ROS) yield, • Characterise field emission behaviour using Fowler-Nordheim analysis, • Manage low-energy plasma conditions (pressure, gas composition, ionisation density) to reliably generate ROS, • Work closely with chemists and physicists to investigate the ROS generation-consumption cycle, identifying catalytic surfaces and environments that maximise exothermic yield, • Build and maintain a diagnostic suite including vacuum/pressure systems, high-voltage emission measurement, mass spectrometry or optical emission spectroscopy, calorimetry, and thermal imaging, • Maintain rigorous experimental records, analyse results quantitatively, and contribute to internal technical reports, IP documentation, grant applications, and investor materials, • Identify knowledge gaps and opportunities for innovation and optimisation, • Ensure compliance with safety, environmental, and regulatory standards, and contribute to a safe, well-organised lab environment What we're looking for You'll need: • A PhD in experimental physics, plasma physics, applied physics, or a closely related field (candidates with a Master's degree plus substantial relevant industry experience will be considered), • Demonstrated hands-on experience building and operating vacuum or low-pressure plasma systems, • Strong working knowledge of field emission theory and cold cathode device physics, • Experience with high-voltage electronics design and safe operating practice, • Proficiency in experimental data acquisition and analysis (Python, MATLAB, or equivalent), including quantitative uncertainty estimation, • The ability to design and fabricate experimental apparatus independently You'll stand out if you have: • Familiarity with reactive oxygen species chemistry, electrochemical cells, or plasma-assisted catalysis, • Experience with thermoelectric or other solid-state energy conversion devices, • A background in nano-structured emitter fabrication, • Knowledge of optical emission spectroscopy or mass spectrometry for plasma diagnostics, • Prior start-up or small-team research experience, • Contributions to patents or commercialisation of laboratory technology What we offer • Competitive salary benchmarked to your experience and background, • Equity — you share in what we're building, • Private medical healthcare, • Company pension, • Flexible, trust-based working culture, • A well-equipped lab at the Harwell Science and Innovation Campus — on the doorstep of one of Europe's leading concentrations of physics and energy research, and close to the communities of RAL, UKAEA, and the broader Harwell deep tech ecosystem, • A small team where your work is visible and consequential from day one How to apply Send your CV and a covering letter (one page maximum) explaining why this problem interests you and which parts of your experience are most relevant to the essential criteria. We read every application. We don't use screening software.

Electrical Engineer | Harwell, Oxfordshire | Competitive Salary + Equity Most engineering roles ask you to optimise within known constraints. This one asks you to push beyond them. IONECH is a seed-stage energy hardware start-up based at Harwell, Oxfordshire. We're developing the Air Voltaic (AV) Cell — an energy-harvesting device that uses controlled interactions between electrons and oxygen in air to capture subtle natural differences in the environment, converting available exergy into electrical power. At scale, it sits at the base of the energy stack: a platform power source that reduces grid dependence across virtually every electrical use case. The science is novel, the engineering is hard, and the technology pushes at the boundaries of current understanding. We're looking for an Electrical Engineer who wants to work at that frontier. The work You'll own the full hardware development cycle from initial simulation in LTspice through PCB layout, prototyping, and structured experimentation. You’ll be working directly alongside scientists and engineers in our Harwell lab. This is hands-on work in a small, collaborative team, so you'll need to be self-motivated, adaptable, and comfortable with ambiguity. When something doesn't behave as expected, you'll be the person who figures out why. • Design and develop analogue and digital circuits for power electronics and energy management applications, • Perform circuit simulation using LTspice to validate designs before physical prototyping, • Create and iterate on PCB layouts, managing designs from schematic capture to Gerber output, • Develop current limiting, voltage protection, and safe shutdown mechanisms, • Consider EMI, grounding, isolation, and layout best practice in all designs, • Specify and integrate appropriate measurement and sensing systems, • Build, assemble, and solder prototype hardware in the laboratory, including surface-mount and through-hole components, • Assist in the design and running of structured experiments to characterise and validate hardware performance, • Conduct systematic failure analysis and root cause investigation, • Accurately document and analyse developmental progress, outcomes, and key findings, • Prepare technical reports, presentations, and documentation for internal and external audiences, • Identify knowledge gaps and opportunities for innovation and optimisation, • Ensure compliance with safety, environmental, and regulatory standards, and contribute to a safe, well-organised lab environment What we're looking for You'll need: • A degree (or equivalent experience) in Electrical Engineering, Electronic Engineering, or a closely related discipline, • Hands-on laboratory experience designing and building experiments, with the ability to take a circuit from concept to working prototype independently, • Practical soldering skills, including SMD and through-hole components, and the ability to rework and repair PCBs, • Proficiency in LTspice for circuit simulation, including transient, AC, and DC operating point analysis, • Experience in PCB design using a professional EDA tool (Altium Designer, KiCad, or Eagle), covering schematic capture, layout, DRC, and Gerber generation, • Strong analytical and problem-solving skills with a methodical approach to debugging and testing You'll stand out if you have: • Experience using a Ridley Engineering box for power supply loop gain and frequency response measurements, • Experience designing and fabricating custom inductors and transformers, • A background in power electronics design, including switch-mode power supplies, DC-DC converters, or inverter topologies, • Experience designing systems at or above 300 V DC, • Familiarity with elevated-voltage safety practices and isolation design, • Experience working in a start-up or product development environment What we offer • Competitive salary benchmarked to your experience and background., • Equity — you share in what we're building, • Private medical healthcare, • Company pension, • Flexible, trust-based working culture, • A well-equipped lab at the Harwell Science and Innovation Campus, • A small team where your work is visible and consequential from day one How to apply Send your CV and a covering letter (one page maximum) explaining why this problem interests you and which parts of your experience are most relevant to the essential criteria. We read every application. We don't use screening software.

Scientist / Senior Scientist – 3D Genome & NGS Assay Development // Oxford You are a creative, hands-on assay developer who loves to tinker with protocols, optimise them, and build NGS-based methods that genuinely move science forward. You think deeply about why assays work, when to deviate from a protocol, and how to adapt methods to new cell types and biological questions. You want to be in a small, high-impact biotech environment where your work directly unblocks an R&D pipeline, rather than adding another incremental dataset to a queue of papers. You’re motivated by impact, pace, and the opportunity to shape how a platform evolves. We’re partnering with an incredibly exciting, Oxford-based biotech operating at the forefront of 3D genome and non-coding genomics, they are operating assays at the forefront of Biotechnology at scale, a true innovator in this space. Their discovery engine integrates novel assays, deep genomics and high-resolution chromatin biology to uncover gene-regulatory mechanisms that conventional approaches miss. You will join a core 3D genome assay team. Your work will directly increase throughput, accelerate assay optimisation, and enable expansion into new disease areas and primary cell systems. THE ROLE You will: • Develop, refine and optimise 3D genome and NGS-based assays (e.g. ATAC‑seq, ChIP‑seq, RNA‑seq and conceptually related methods), • Design and execute experiments to expand assays into new primary cell types and disease-relevant systems, • Balance execution of established workflows with genuine assay innovation and method development, • Work closely with a Principal Scientist to prioritise work, unblock the R&D backlog and expand the platform’s capabilities, • Collaborate with bioinformatics and biology colleagues to ensure that assay design and data output align with downstream analysis and decision-making ABOUT YOU • Background in gene regulation, chromatin biology, epigenetics or closely related field, • Strong, hands-on experience in NGS assay development (e.g. ATAC‑seq, ChIP‑seq, RNA‑seq or similar)s), • Bonus: experience with any 3D genome assay (e.g. Hi‑C, Capture‑C or related technologies), • Enjoy working in an experimental, innovation-driven environment and taking ownership of your work LOGISTICS • Title: Scientist or Senior Scientist (flexible, depending on experience), • Location: Oxford, lab-based If you’re excited by the idea of building and refining assays at the heart of a 3D genome discovery platform, Apply Now!

About the Company Yellowstone Biosciences is a biotechnology spinout company located in Oxford, whose goal is to pioneer new cancer treatments using advanced T-cell therapies based on groundbreaking research from the MRC Weatherall Institute of Molecular Medicine at the University of Oxford. About the Role We are seeking two Scientists to work within our Protein Production team to provide essential hands-on support to accelerate our pipeline of novel therapeutics. A main aspect of one of these roles is to take responsibility for maintaining and optimising the mammalian expression pipeline; this is a key deliverable. Both roles require protein purification, characterisation and affinity measurements. There will be opportunity to gain broad experience across therapeutic protein design and characterisation in a fast-paced & collaborative biotech environment. The role is available as a fixed term contract (6 month) in the first instance. Responsibilities • Recombinant protein expression in mammalian systems, • Cell maintenance and expansion in preparation for transfection for the Protein Science team, • Transient transfection, • Stable cell line generation, • Protein purification (Bench and FPLC methods), • Protein characterisation (SDS-PAGE, Western blotting and DSF), • Protein binding assays (SPR, BLI, ELISA), • Molecular biology Expression construct design and cloning Qualifications • PhD (or equivalent experience) in Biochemistry or a related subject Required Skills • Experience of mammalian cell culture and excellent aseptic technique (for mammalian expression role), • Excellent knowledge of protein production techniques and workflows, • Molecular cloning, • Experience of AKTA FPLC use including method writing and optimisation, • Flexibility and willingness to learn new techniques and adopt new practices to support the company goals, • Accuracy, efficiency and attention to detail is essential, • Excellent communication and record-keeping skills, • Work in accordance with company Health and Safety policies, with particular emphasis on laboratory safety standards, • Experience using relevant software packages e.g. SnapGene, Benchling Preferred Skills • TCR & pHLA protein production, • Protein refolding, • Biophysical characterisation SPR and/or BLI, • ELISA, • Thermal shift assay

Want to be part of a team transforming healthcare? We are supporting an innovative Oxfordshire-based DeepTech medical imaging company developing a new generation of low-dose 3D X-ray systems designed to make advanced imaging more accessible, practical and cost-effective. Having built a strong foundation in R&D, the business is now entering an exciting commercialisation phase, with products progressing towards market deployment and wider real-world adoption. As part of this journey, they are looking for a Senior Mechanical Engineer to play a key role in the design, development and industrialisation of advanced imaging systems and associated technologies. Why Join? • Join a pioneering medical imaging company at a major commercialisation stage, • Work on cutting-edge low-dose 3D X-ray products with real-world clinical and industrial impact, • Take ownership of meaningful mechanical design and development projects in a highly collaborative R&D environment Location: Oxfordshire / Begbroke site About the Role • Act as a functional expert, providing guidance and advice to colleagues in their specialist area (Mechanical Engineering and testing), • Generate practical design concepts and solutions and create models and technical drawings using SolidWorks, • Supporting the development of manufacturing processes and novel designs for new technology applications and materials, • Analyse and verify designs (including designing and carrying out stress, thermal and tolerance analyses), document results and make data led recommendations to support continuous improvement of our products and processes, • Prepare documentation and technical reports, including drawings and work instructions, and all other project documentation as required, • Liaising with internal stakeholders and key external partners to resolve design and development issues, • Take ownership for own project work, lead projects and identify and prioritise critical tasks to meet project delivery deadlines, • Works collaboratively to plan future product development in line with company objectives, • Order components and materials, liaising with suppliers to ensure project deliverables are met, • Resolve any technical issues that arise, including documenting and reporting investigatory work, • Assist with the build and progression of prototype products and develop these into production assemblies Requirements Experience: • Design engineering experience in a high technology environment, • Mechanical manufacturing processes including machining, metal fabrication, welding and advanced materials, • Leading R&D projects under a stage review product development process, • A track record in industrial product development, ideally in the medical or metrology/NDT domain, • Scoping work, making design decisions, and completing tasks within deadline and budget, • Commercial experience of working with suppliers would be advantageous, • Working within a medical device or other highly regulated industry would be welcome but not essential, • Designing for EMC to protect internal electronics Skills: • Strong technical skills including knowledge of the materials and coating processes applied in material selection, • Knowledge of GD&T applied to drawings and the assignment of realistic tolerances balancing function with cost, • Strong mechanical or electro-mechanical engineering background, and be able to apply knowledge to real-world situations, • Proficient in 3D CAD using SolidWorks, to produce designs and drawings using best practice geometric tolerances and drawing standards including experience with drawing control systems such as PDM, • Ability to produce creative and practical design solutions including appropriate analysis, incorporating electronics, PCBs cabling and sensors within a mechanical package, • Desire to mentor and develop the skills and capabilities of other team members, • Proactive, results-driven focus with the ability to successfully identify, troubleshoot and resolve issues and work to deadlines in and R&D environment If you are an experienced mechanical engineer looking to join a company bringing next-generation imaging technology into real-world use, I would be very pleased to hear from you. Please apply with your updated CV.

Immunocore (NASDAQ: IMCR) is a pioneering, commercial-stage T cell receptor biotechnology company whose purpose is to develop and commercialize a new generation of transformative medicines which address unmet patient needs in oncology, infectious diseases and autoimmune disease. Our leaders in R&D are internationally recognised as some of the biotech industry's most successful drug developers. We are creating not just an environment where great minds can interact but an innovation powerhouse answering the big questions. Focused on delivering first-in-class biological therapies to patients, we have developed a highly innovative soluble TCR platform. Our ImmTAX molecules underpin a new generation of precision engineered drugs that harness the immune system to treat a broad spectrum of diseases with high unmet medical need, including oncology, infectious diseases and autoimmune diseases. At Immunocore, we recognize that our employees are our greatest asset. We value the unique contributions each person brings to our team. By embracing Science, Trust, Respect, Integrity, Diversity, and Entrepreneurship (STRIDE), we create an environment where collaboration thrives, ideas flourish, and transformative changes happen. STRIDE represents more than just letters; it embodies our shared identity and drives our mission. We are dedicated to developing breakthrough therapies that transform patients' lives, advancing medicine, and supporting one another in these pursuits. Immunocore is proud to be an equal opportunity employer. As such, we are committed to fostering an inclusive workplace where everyone feels valued, respected, and empowered. We encourage applications from individuals of all backgrounds, regardless of race, color, religion, sex, sexual orientation, gender identity or expression, pregnancy, age, national origin, disability status, or any other characteristic protected by law. The primary purpose of this role is to contribute to cross functional efforts focused on applying the ImmTAX® platform or other modalities to the development of novel treatments for chronic infections, including HIV and HBV and EBV-associated diseases. The team is involved in multiple stages of the drug discovery and development process, from target discovery all the way to clinical trials. Examples of key preclinical research are published in Yang H et al., Mol Ther. 2016; 24,11; Fergusson J et al., Hepatology 2020; 72,5; Wallace Z et al., Mol Ther 2024; 32, 678. The postholder will plan, design and execute experimental investigations to support the advancement of the Company pipeline, processes and technology capabilities, with guidance from their manager, ensuring that project goals are met within time and budget constraints. They will be expected to demonstrate technical proficiency, rigour in assessing their own data and that of others, scientific creativity and independent thought. This position requires participation and presentation of results at internal meetings, sharing information learned at external scientific meetings and establishing productive relationships with colleagues across Research and other departments. Key Responsibilities: • With instruction and guidance from manager - plan, design, and execute assignments to meet project goals within defined timeframes, • Execute experiments to address key scientific questions and enable project progression, utilizing range of molecular and cellular techniques including some of the following: NextGen sequencing, DD-PCR, qPCR, cell culture, flow cytometry, ELISpots, ELISAs,, • Some work will be conducted in a containment level 3 (CL3 facility) and will require handling of human viruses, • Analyse data, interpret results, and make recommendations, • Proactively expand scientific/technical knowledge in relevant fields including HIV/HBV/EBV related disease biology and drug development through review of scientific literature/ conference updates, peer to peer mentoring, and attendance at seminars/conferences in line with company strategy, • Work effectively in a matrixed team structure and as part of cross functional teams, • Participate and present results at internal meetings, • Establish relationships and possible collaborations within and outside of the company Education, Experience and Knowledge: Essential Qualifications: • PhD in molecular biology, cell biology, genomics, virology, immunology, or related discipline and 0-2 years related experience, • Alternatively, a BSc or MSc with significant work experience in relevant scientific areas Preferred Qualifications: • Knowledge/expertise of Immunology/HIV/HBV/EBV, • Flow cytometry, ELISAs, ELISpots, • Viral integration site analysis

We are primarily looking for a mechanical or design engineer who enjoys using software and coding to solve physical engineering problems. About Haigh Engineering Haigh Group is a specialist equipment manufacturer delivering benefits in healthcare and water quality worldwide. We're committed to pushing the boundaries of innovation to deliver impactful solutions that improve the lives of people and the health of our planet. We're dedicated to simplifying compliance and making our systems easy to use and maintain, even in highly regulated sectors. Our diverse client base includes around half of NHS hospitals and all UK wastewater companies, impacting millions of lives daily. A core focus of the business is the creation of new technologies and intellectual property that underpin future products. Our small engineering team combines software, simulation, and practical engineering to rapidly explore and validate new ideas. Our Culture We foster a culture of innovation, ownership, and freedom. We value collaboration, creativity, and a proactive approach to problem-solving. We're looking for individuals who are passionate about their work, eager to learn and grow, and committed to making a long-term contribution to our company. Location The R&D facility is based in the vibrant Milton Park area near Didcot, Oxfordshire, offering a stimulating environment with on-site amenities and convenient access to transportation. The Role We are looking for a mechanical, design, or similar engineer who enjoys using software and programming to solve real-world engineering problems. With a keen aptitude and interest in software development to help accelerate innovation through software development, modelling, and automation. This role is ideal for a high-performing graduate or early-career engineer who enjoys applying software to solve real engineering problems — from building internal tools and simulations to exploring new technical concepts and supporting the creation of patentable technologies. Within this role, you will be fully involved in the intellectual property development process, spanning idea generation, prototyping, and critical analysis. Your key responsibility within the team will be developing software that speeds up experimentation, simulation, and engineering analysis, enabling faster and more creative innovation cycle. This role will also provide the opportunity to develop software and systems spanning the wider business. Key responsibilities • Developing software tools and simulations to support engineering and product development., • Building automation and analysis tools that accelerate experimentation and design iteration., • Applying AI and modern development tools to enhance engineering workflows., • Exploring and modelling new technical concepts to support the creation of new intellectual property., • Supporting the development and critical evaluation of inventive ideas and patent drafts., • Bachelor’s or Master’s degree (typically 2:1 or above) in Mechanical Engineering, Design Engineering, Software Engineering, or a related discipline., • Strong programming ability and experience in Python, C++ or similar languages., • Ability to use software to solve technical or engineering problems., • Strong analytical thinking and problem-solving skills., • Curiosity and interest in exploring new technical ideas., • Experience with simulation tools (e.g. OpenFOAM.), • Experience building engineering or scientific software tools., • Experience with 3D/modelling tools (e.g. Blender), • Experience with AI-assisted development tools., • Hands-on prototyping or experimental engineering experience. Haigh provides the perfect environment to challenge and develop graduate engineers through a wide range of technical and practical challenges. Alongside seeing your impact through from conceptualisation to physical solutions deployed in the real-world. Specifically, the role will provide the opportunity to: • Work on novel technologies and patentable ideas, not just incremental development., • Use software to solve real-world engineering challenges., • Be part of a small, highly capable engineering team where your work has direct impact. Applications should be submitted to Laura Thirkettle via the button below.

Archangel Lightworks is a connectivity company building wireless technology to create the space-enabled networks of the future. Were passionate about improving humanitys communications infrastructure and solving some of Earths most critical problems, from economic inclusion to climate change. Our start-up is a fast-paced and supportive environment, where you can make your mark as part of a growing team and work on the cutting-edge of innovation. Were looking for a Mechanical Engineer / Mechanical Design Engineer to join our experienced engineering team and deliver novel laser communications technology. You will be working on the development of our structural and mechanical systems for our optical communication terminals, with a near-term focus on ground systems. This includes modifying existing designs to meet new needs in addition to designing new equipment. In this role, you will work closely with our Senior Mechanical Engineer and with the Optical, Electrical and Controls disciplines to deliver high performance structures and mechanical pointing devices. This role would suit an engineer who enjoys solving challenging, real-world mechanical problems by taking ownership of designs through iterating and testing. Your responsibilities will include: • Design of mechanical components and assemblies to support the development of cutting-edge products, • Structural analysis of components and systems, incl...

Embedded Software & Hardware Q&A TEST ENGINEER Location: Oxfordshire, UK site (3 days in office - Hybrid) Compensation: DOE (£50-60k) Employment Type: Permanent – Full Time Department: Engineering (Reporting to CTO) PLEASE NOTE: this role requires a combination of Software and Hardware experience, with a background in embedded systems for physical electronic products in sectors like aerospace, defence, automotive. (If you are a Q&A tester for tech apps used in sectors like banking or finance, this would likely not be a fit for you.) Our client working in the Autonomous space, building the Trust Layer for Physical AI and Autonomous Systems. The next generation of safety-tech that will unlock the true benefits of AI. The current project is working on these systems for Drone and UAV tech. Working Culture Our client is a fast-growing start-up with ambitious goals and the culture reflects that. building something meaningful, they’re looking for people who are genuinely energised by that journey. You’ll thrive if you enjoy taking ownership, wearing multiple hats, learning quickly and are comfortable working beyond core hours when the work demands it - not because it’s expected day-to-day, but because seeing progress matters. The team is driven by the satisfaction of building, solving hard problems and moving fast together, embracing collaboration and change as part of start-up life. They are looking for people who want to be part of something being built from the ground up, who enjoy the momentum and responsibility that comes with it and who bring commitment, curiosity and teamwork to everything they do. The Role Looking for an exceptional QA Test Engineer to join our team building cutting-edge Runtime Assurance systems for AI and robotics applications. You will play a vital role in developing the safety-critical embedded software components that ensure the safe and reliable operation of solutions. Our client offers a competitive compensation package, benefits, and the chance to work on cutting-edge technologies like UAV and Drone tech that will help shape the future of AI and robotics safety in these fields. Responsibilities • Lead the design, development, and implementation of embedded software for the business, Runtime Assurance platform across various hardware architectures and real-time operating systems., • Ensure compliance with industry standards, regulations, and best practices for safety-critical software development, such as DO-178C, ISO 26262, and IEC 61508., • Build configuration and pipeline management, • Software-in-the-Loop and Hardware-in-the-Loop including automated deployment across multiple platforms., • Integration of different performance testing techniques across multiple types of simulation (gazebo sim, rosbag)., • Collaborate with cross-functional teams, including hardware engineers, systems architects, and AI/ML experts, to integrate embedded software components seamlessly into the overall system., • Participate in code reviews, performance optimisations, and thorough testing (unit, integration, and system-level) to maintain the highest quality standards., • Contribute to the continuous improvement of the team's software development processes, tooling, and methodologies. Key Skills and Experience • Bachelor's or Master's degree in Computer Science, Electrical Engineering, or a related field, or equivalent experience, with a strong focus on embedded systems QA, and software development and/or testing., • Experience with one or more CICD pipeline services (Jenkins, CloudBuild, AWS CodePipeline, etc), • Experience with infrastructure/Automation techniques (bash, python), • Knowledge of source control (git), • Experience with at least one test framework (pytest, gtest), • Hands-on experience in embedded software testing and QA, with a proven track record in delivering safety-critical systems., • Solid understanding of software development methodologies, such as Agile, Continuous Integration, and Test-Driven Development., • Develop, implement, and execute test strategies and verification activities for safety-critical software., • Perform static and dynamic code analysis using industry tools (e.g., Rapita RVS, LDRA, VectorCAST, Polyspace)., • Support compliance with safety standards (e.g., DO-178C, ISO 26262, IEC 61508, DEF STAN 00-55) through rigorous testing and documentation., • Define and maintain test cases, procedures, and automation frameworks to ensure consistency and repeatability., • Collaborate closely with software engineers, systems engineers, and safety teams to ensure test coverage against requirements., • Lead defect reporting, tracking, and resolution through structured QA processes., • Contribute to continuous improvement of verification and validation processes, tools, and best practices., • Prepare and present test results, coverage metrics, and assurance evidence for internal and external reviews., • Strong problem-solving, analytical, and debugging skills., • Excellent communication and collaboration abilities, with the ability to work effectively in cross-functional teams. Benefits • Salary sacrifice pension with a 5% matched company contribution., • Generous Holiday allowance, • EV Car Scheme., • Cycle to Work Scheme., • More exciting benefits to come as they grow. About the client Their software enables assured, trustworthy deployment of both traditional deterministic autonomy and AI or novel control methods, in any application, for the first time. They do this with no need for data or communications links, and begin the journey by applying their tech to autonomous systems in the aerospace and land domains. Their products are future-focused, compliance-ready & built for safety-critical environments.

Postdoctoral Researcher in Microbial Strain Engineer. The Postdoctoral Researcher will genetically engineer diazotrophic microbial organisms to generate novel modified strains. These novel strains will be generated using established molecular biology and genetic engineering/genome editing methodolog

ROLE OVERVIEW Are you a driven and innovative scientist looking to make a significant impact in the field of vaccine development? Our client, a leading company in the pharmaceutical industry, is seeking a Senior Analytical Scientist to join their team based in Oxfordshire. As the Senior Analytical Scientist, you will be at the forefront of generating and implementing novel ideas to resolve complex analytical problems, ensuring high-quality analysis to support a variety of technically challenging projects. KEY DUTIES AND RESPONSIBILITIES: Your duties as the Senior Analytical Scientist will be varied however the key duties and responsibilities are as follows: 1. Research and implement innovative methods to overcome technical challenges in biochemical analysis of solid dose vaccines., 2. Develop and optimise new methods for analysing novel solid dose vaccine formulations, ensuring their suitability through appropriate studies., 3. Perform routine analysis, record data accurately, and peer review analysis records to maintain data integrity and quality standards., 4. Lead and collaborate on projects, ensuring all analytical readiness activities are executed to generate quality data and achieve project goals. ROLE REQUIREMENTS: To be successful in your application to this exciting role as the Senior Analytical Scientist we are looking to identify the following on your profile and past history: 1. Relevant degree in biological sciences or proven industry experience in a laboratory-based analytical position., 2. Proven experience in troubleshooting, optimising, and developing complex methods for biomolecules such as ELISA, HPLC, and transfection., 3. A working knowledge and practical experience with leading and training team members, ensuring high standards in analytical, health and safety, and lab operations. Key Words: Senior Analytical Scientist / Pharmaceutical / Vaccine Development / Biochemical Analysis / Solid Dose Vaccines / ELISA / HPLC / Transfection / Data Integrity / Analytical Methods / Oxfordshire Hyper Recruitment Solutions Ltd (HRS) is an Equal Opportunities employer. We welcome applications from anyone who meets the role requirements. HRS exclusively supports the Life Science sectors, combining recruitment expertise with scientific knowledge to help you advance your career